Graduate Program in Biomedical Engineering

My research interests are primarily in Experimental Systems. I am interested in computer systems; systems software; operating systems; distributed, cluster and grid computing; high speed network interconnects, mobile networks, and pervasive computing. Most recently, I am looking at wireless sensor networks (WSNs) and their applications to real world problems indoor localization, monitoring, and tracking; and Internet of Things (IoT). My current projects are:

• Gait monitoring and analysis thru Body Area Networks
• Integrating WSN to Building Information Models
• Object localization, tracking, and monitoring in built environments

• Learn more about Rasit Eskicioglu's research
• Email Rasit Eskicioglu

The Liu Group has openings for self-motivated PhD students. The positions involve research on the synthesis of novel antimicrobial magnetic nanoparticles, the synthesis of block-polymer based nanoparticles with selective binding affinity with bacteria and the fabrication of core-shell nanofibrous membranes for targeted and responsive drug delivery.

• Learn more about Song Liu's research
• Email Song Liu

I am currently accepting applications from qualified students for MSc studies. Current research projects are in the following areas:

• Mature spinal networks in rodents
• Key serotonergic neurons involved in walking
• The role of connexin36 in the mature nervous system
• Propriospinal networks contributing to locomotor activity generated in the lumbar spinal cord
• Human electrophysiology research

• Learn more about Katinka Stecina's research
• Email Katinka Stecina

There are current opportunities for graduate students in the area of nanomedicine with projects focusing on the use of nanoparticles to breach the biological barriers. Students with prior research experience/publications and experience in cell culture techniques are encouraged to apply.

• Learn more about Hagar Labouta's research
• Email Hagar Labouta

Currently there are opportunities for both MSc and PhD students in BME, with projects focused on cerebral physiologic signal acquisition and processing healthy and traumatic brain injury patients. Students with interests/backgrounds in engineering, signal processing, computer science, medical and biological sciences are encouraged to apply.

• Learn more about Frederick A. Zeiler's research
• Email Frederick A. Zeiler

The Siddiqui laboratory is interested in learning how nerve cell connections known as “synapses” form and function in the developing and adult brain. Synapses are the fundamental units for information processing in the brain. Evidence from genetic studies, animal models and post-mortem human tissue indicate impairment of synapse development and synaptic dysfunction in neuropsychiatric disorders such as autism and schizophrenia.

• Learn more about Tabrez Siddiqui's research
• Email Tabrez Siddiqui

This is an exciting opportunity that provides experience in critical care, biomedical optics, microvascular physiology, and signals analysis. The student will have exposure to the clinical environment at Health Sciences Centre in the Intensive Care Unit. The project will utilize non-invasive tissue spectroscopy for microvascular perfusion monitoring, using first-in-Canada equipment. Student must be comfortable with programming (MatLab, Python, R).

• Learn more about Asher Mendelson's research
• Email Asher Mendelson

Available Position for a Graduate Student or a Postdoctoral Fellow in Nanomedicine and Microfluidics

We are looking for a passionate graduate student or a postdoctoral fellow to work in a friendly and a collaborative environment under supervision of Dr. Hagar Labouta, Assistant Professor at the College of Pharmacy, University of Manitoba, Canada.

This is a funded position for an interesting project on understanding nanoparticle interactions with the placenta using dynamic organ-on-a-chip models. Candidates should have a background on microfluidics and/or molecular biology and/or biomedical engineering. Experience with cell culture techniques is advantageous. Experience in nanoparticle design is an asset but not mandatory. The ideal candidate should have high degree of motivation, organization, work ethics, independency and teamwork.

The College of Pharmacy at the University of Manitoba in Winnipeg, Canada has a long history of excellence in pharmacy education and research. It is a part of the Rady Faculty of Health Sciences at the University of Manitoba, situated on a dynamic campus that provides opportunities for interprofessional collaboration in health sciences research and education. Winnipeg is the largest city in the Province of Manitoba. The city has a rich cultural environment, including the Royal Winnipeg Ballet, symphony, opera, theatre, and ethnic festivals. Besides supporting professional hockey, football, and baseball teams, the region provides ample opportunities for outdoor recreation in all seasons.

Applications must be submitted by August 31, 2021, via email to hagar.labouta@umanitoba.ca and must include: full CV, a statement of intent, all transcripts, name and contact information of three academic referees (including previous supervisor, if applicable). Shortlisted candidates will only be contacted.